Component method for encrypting data safety conveying channel

Abstract

The invention provides a component method of an encrypted data safety transmission channel, which comprises the following steps: firstly, in a data encryption transmission process, an inserting deviceis inserted into a mounting cylinder along an inserting hole, a decryption mechanism I in the inserting device is matched with an encryption mechanism I, and the encryption mechanism I decrypts and is internally conducted; then, a decryption mechanism II in the plugging device is matched with an encryption mechanism II; after the encryption mechanism I is conducted with the encryption mechanism II, the line segment I, the line segment II and the line segment III are connected, that is, the output wire establishes a data transmission channel between the memory and the output contact, and the input contact is in contact connection with the output contact, so that the output wire is in butt joint connection with the output wire; and finally, the output contact is in contact connection with the input contact, and data is transmitted into the mobile hard disk by the memory through the output wire, the output contact, the input contact and the input wire, so that encrypted transmission of the data is realized.

Description

technical field [0001] The invention relates to the technical field of encrypted data transmission, in particular to a component method of a secure transmission channel for encrypted data. Background technique [0002] At this stage, on communication devices on computers, tablet computers or smart phones, software is often used to encrypt data transmission. However, for the software implementation of the encryption algorithm, it is easy for an attacker to crack the access. The attacker can not only see the binary values ​​​​of the memory loaded on the communication device and replace these values, but also control it at will. encryption calculation. If the key used for encryption / decryption is exposed to the attacker through the above-mentioned attack memory, the attacker can easily decipher any ciphertext, resulting in the encryption algorithm actually not having any data encryption function, and may be countered by an attacker. In order to overcome the above-mentioned t...

AI Technical Summary

Problems solved by technology

However, for the software implementation of the encryption algorithm, it is easy for an attacker to crack the access. The attacker can not only see the binary values ​​​​of the memory loaded on the communication device and replace these values, but also control it at will. encryption algorithm

If the key used for encryption / decryption is exposed to the attacker through the above-mentioned attack memory, the attacker can easily decipher any ciphertext, resulting in the encryption algorithm actually not having any data encryption function, and may be countered by an attacker

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